Semi tubular plates represent specialized orthopedic implants engineered for effective fracture management in long bones. These medical devices feature a unique semi-tubular cross-section that combines structural strength with surgical flexibility. Manufactured from either medical-grade stainless steel or titanium alloys, these plates provide reliable internal fixation for fractures of the radius, ulna, and fibula. The design allows for contouring to match patient-specific bone anatomy while maintaining mechanical integrity. Available in multiple hole configurations ranging from 3 to 14 holes, surgeons can select the appropriate plate length and screw placement options for each clinical scenario. These implants work in conjunction with bone screws to create stable constructs that promote proper fracture healing and early mobilization.

These orthopedic plates find extensive application across multiple medical specialties including trauma surgery, orthopedic surgery, and reconstructive ...

Semi tubular plates represent specialized orthopedic implants engineered for effective fracture management in long bones. These medical devices feature a unique semi-tubular cross-section that combines structural strength with surgical flexibility. Manufactured from either medical-grade stainless steel or titanium alloys, these plates provide reliable internal fixation for fractures of the radius, ulna, and fibula. The design allows for contouring to match patient-specific bone anatomy while maintaining mechanical integrity. Available in multiple hole configurations ranging from 3 to 14 holes, surgeons can select the appropriate plate length and screw placement options for each clinical scenario. These implants work in conjunction with bone screws to create stable constructs that promote proper fracture healing and early mobilization.

These orthopedic plates find extensive application across multiple medical specialties including trauma surgery, orthopedic surgery, and reconstructive orthopedics. Trauma centers utilize them for emergency fracture repairs following accidents and injuries. Orthopedic departments employ them in scheduled procedures for fracture stabilization and correction of bone deformities. Veterinary medicine also adapts these implants for fracture management in animal patients. The plates serve both human and animal healthcare facilities, teaching hospitals, and surgical centers worldwide. Their application extends to both adult and pediatric orthopedics, with appropriate size selection ensuring suitability across different patient demographics and anatomical requirements.

The value of semi tubular plates lies in their proven reliability and surgical versatility. Medical facilities benefit from standardized implant systems that reduce inventory complexity while covering diverse fracture patterns. The availability of both stainless steel and titanium options allows hospitals to choose based on budget considerations, patient compatibility, and imaging requirements. These plates represent cost-effective solutions for fracture care that deliver consistent clinical outcomes. Their manufacturing follows strict quality standards ensuring dimensional accuracy, material integrity, and surface finish suitable for surgical implantation. The multiple hole configurations and material choices make these plates adaptable to various healthcare settings and surgical preferences.

Key Features:
- Medical-grade stainless steel or titanium construction for biocompatibility
- Multiple hole configurations from 3 to 14 holes for surgical flexibility
- Semi-tubular design enables contouring to bone anatomy without strength loss
- Specifically engineered for radius, ulna, and fibula fracture fixation
- Precision-machined screw holes for secure bone screw placement

Benefits:
- Proven reliability in fracture stabilization and bone healing
- Surgical versatility across multiple fracture patterns and patient types
- Cost-effective solutions reducing inventory complexity for medical facilities
- Consistent clinical outcomes through strict quality manufacturing standards
- Adaptable to various healthcare settings through multiple configurations